Can you put nitrifying bacteria in a salted fish tank?

OK. Nitrobacteria.

It is an aerobic bacterium that can grow in oxygenated water or gravel, and plays an important role in the nitrogen cycle water purification process. It belongs to the class of absolutely autoactive microorganisms, including two completely different metabolic groups.

Without nitrifying bacteria in an aquarium, there is bound to be a danger of a surge in ammonia levels, and no method or aquarium product will solve this problem completely. When the concentration of ammonia in the water reaches the lethal concentration of aquariums, the result is likely to be the same for any aquarium – death, and you will feel guilty. But if the water contains a sufficient number of nitrifying bacteria to continuously remove ammonia from the water, the entire aquarium is ecologically balanced.

The stability of the system will be ensured and the aquarium will be biologically secure.

live in aquariums.

No, it's fine

The anchovy I just bought back some time ago is sick, and I added some salt to it, and I regularly add nitrifying bacteria every week, and I don't see anything abnormal!

Aquarium trivia, does adding salt to the fish tank have any effect on nitrifying bacteria?

White spot disease needs to be warmed up to get better Nitrifying bacteria and salt do not conflict.

Summary. Hello, dear. <>

It's a pleasure to have the opportunity to answer your questions. Adding salt to the fish tank has no harm and no effect on nitrifying bacteria. After the nitrifying bacteria carry out biological action, the water gradually becomes acidic, that is, the pH level drops.

In order to make the nitrifying bacteria work well, the acidity and alkalinity can be fine-tuned artificially; Nitrifying bacteria prefer a weak alkaline environment around pH, and if the pH value is lower than 6, or the pH value is greater than that, the nitrifying bacteria will be inhibited from growing or even die.

Is adding salt to a fish tank bad for nitrifying bacteria.

Hello, dear. <>

It's a pleasure to have the opportunity to answer your questions. Adding salt to the fish tank has no harm and no effect on nitrifying bacteria. After the nitrifying bacteria carry out biological action, the water will gradually become acidic, that is, the pH level of the socks will decrease.

In order to make the nitrifying bacteria work well, the acidity and alkalinity can be fine-tuned artificially; Nitrifying bacteria prefer a weak alkaline environment around pH, and if the pH value is lower than 6, or the pH value is greater than that, the nitrifying bacteria will be inhibited from growing or even die.

Hello, dear. <>

Most nitrifying bacteria are macrohaline, so they can coexist with salt, using together. Although table salt is not harmful to nitrifying bacteria, the concentration of salt in the fish tank should not be too high, as too much salt can be harmful to the health of the fish, which may cause them to fade and even lead to dehydration. After the use of this eggplant substance** fish disease, nitrifying bacteria need to be reintroduced and a new nitrification system set up in the fish tank, where the fish are placed for rotation.

What should I do if my fish's tail is bloody?

Hello, dear. The fish's tail is bloodshot, and the fish tank needs to be changed immediately to improve the water environment, and it can also reduce the content of ammonia nitrogen. Then it warms up, which speeds up the metabolism of the fish, but also promotes the growth of bacteria.

In order to prevent bacteria from further invading the fish, it is necessary to fill the tank with appropriate salt to increase the osmotic pressure of the water body. If the condition is severe, it needs to be soaked with carbofuracillin**.

What are you talking about about this carbouracillin?

Hello, dear. Nitrofuran is a topical antimicrobial. It has the effect of disinfection and antiseptic, and Hu Mingma is mainly used for the disinfection of mucous membranes and cavities. <>

Nitrifying bacteria have been put in the fish tank Do you still need to add salt when changing the water?

If it is a new tank, in addition to adding nitrifying bacteria according to the specified amount in the first two months, half of the specified amount should be added when changing the water calendar. However, if the tank has been set up for a long time, and the nitrifying bacteria colony system has been established (depending on the water quality and water appearance), there is no need to add nitrifying bacteria to the tank. Salt addition is the use of the principle of changing the specific gravity of water to force the parasites on the surface of the fish body to fall off (but not killed, to kill also need to put other fungicides), the ** square limb calendar, is not a necessary step in daily life and water change.

In addition, the addition of table salt will change the levels of Na and Cl in the tank, which is harmful to the fish. If the fish is not sick, do not add salt to the tank, or choose penicillin or oxytetracycline, nitrofuracillin (if the water does not turn yellow) as the fish tank disinfection medicine (add a small amount every week). After the tank has been set up for a long time and the ecosystem in the tank is stable, there is no need to disinfect it again (provided that no new fish are added).

The purpose of salt in the fish tank is to sterilize and release fish disease, so most ornamental fish are usually salted. Of course, putting salt has an effect on nitrifying bacteria, and if you want to achieve the effect of nitrifying bacteria without putting salt on it, you need to domesticate nitrifying bacteria.

The salt concentration of fish disease prevention is between, and a loose shot to reach this concentration will have an inhibitory effect on nitrifying bacteria, and the concentration will have basically no effect, so you should acclimatize from this concentration first, and increase it by 0 each time05% interval time of two days, when it is reached, it can be maintained, during and after the water change loss to make up for the salt, because the domesticated bacteria, the sudden decrease in salt concentration will also be a problem.

Many people think that salt has a bactericidal effect and therefore can cause some harm to nitrifying bacteria, but this is not true. Many nitrifying bacteria are broad-salty, and putting salt in the fish tank will not cause harm to the nitrification system. Nitrifying bacteria and salt crumbling can coexist.

However, while salt does not have any effect on nitrifying bacteria, the concentration of salt in the water should not be too high. If the concentration of salt is too high, it can cause harm to the health of the fish, causing them to fade and dehydrate. <

In the process of fish farming, salt may be used, and they are used to sterilize and disinfect. Nitrifying bacteria may also be used, which can be used to establish a nitrification system that purifies the water. Many people would think that salt is bactericidal and therefore also destroys nitrifying bacteria.

Actually, this is a misunderstanding and incorrect. Most nitrifying bacteria are broad-salty, so putting salt in the fish tank has little or no effect on nitrifying bacteria.

There is a special situation, that is, when the fish is infected with bacterial diseases, it is necessary to isolate the fish first, and then add sterilization water to the fish rental sail tank. Such substances are not like salt, they can cause harm to nitrifying bacteria and destroy the nitrification system in the fish tank. After the use of this substance to treat the fish from disease**, it is necessary to re-use the nitrifying bacteria, establish a new nitrifying car trace system in the fish tank, and then put the fish into it.

As mentioned above, many nitrifying bacteria are broad-salt, so they can coexist with salt and can be used together. Of course, although salt is not harmful to nitrifying bacteria, the concentration of salt in the tank should not be too high, too much salt can be harmful to the health of the fish, which may cause them to fade and even cause them to become dehydrated.